MIA battery specifications EVIDA

Specifications of the EVIDA 8 kWh battery pack:

Ah 105 (0.2C5A)
MAX CONTINUOUS DISCHARGE AMPERAGE 2 C5A – 210Ah
MAX PEAK DISCHARGE AMPERAGE 3 C5A – 315Ah
STANDARD CHARGE 0.2C-21A
FAST CHARGE 1C-105A
DISCHARGE CUT-OFF VOLTAGE (2.5V per parallel set) 60V
BASE VOLTAGE (3.167V) 76V – 7.98kW
CHARGE CUT-OFF VOLTAGE (3.65V) 91.25V – 9.581kW
SERIES / PARALLEL / CELL COUNT 25 / 21 / 525
DIMENSIONS 25*17*10 in (630*432*256 mm)
WEIGHT 209 lbs (95 kgs)
CYCLE LIFE (80% DOD) (Based on 1C Discharge and Charge) 2000
SELF DISCHARGE RATE (30 DAYS) 3%
OPERATING TEMP -4 to 113F (-20 to 45C)
CHARGING TEMP 32 to 113F (0 to 45C)
STORAGE TEMP -4 to 150F (-20 to 75C)
IMPEDANCE (MAX, AT 1000HZ) ≤ 25 m Ω
ENERGY TYPE 60V-76V-87V 105Ah 8kW-9kW 2C-3C EV-Hybrid Lithium LiFePO4 Custom Built Cylindrical Battery Pack

Technical details

76V nominal voltage
105Ah 8 kWh
2C-3C EV-Hybrid Battery Pack
UL, CE, SGS-RoHS, RBRC, ISO, and TS Certified
Custom Lithium LiFePO4 Cylindrical Battery Pack

Comes with a Protective Advanced BMS installed
Advanced BMS
Cooling fan
Max Continuous discharge amperage is 2C
Max Peak discharge amperage is 3C for 1~10 seconds

Certified Cylindrical Battery Pack combines cylindrical cells for higher voltage and capacity applications than those of a single cell.

Source: https://eauto.si/metron-shop/?product=8-kwh-76v-storage-ev-battery

MIA Battery specifications OPTIMUM NANO

Specifications MIA, OPTIMUM NANO

LiFePO4 Battery Parameter

Battery Type
Nominal Voltage
Nominal Capacity
Dimension
   (LxWxH,mm)
Weight
BMS
76.8V105Ah
     LiFePO4 Battery
76.8V
     (24 in series)
105Ah
     (21 in parallel)
636*462*256
105Kg
24V power supply + master + collection module

OptimumNano Battery Management System (BMS)

Item No.ItemSettingRemark
(Level One/Level Two)
1. Over charge protection3.65V/3.85VAlarming/cut off
(each cell)(Charging)
2. Max. total voltage87.6VCut off
(Charging)
3. Max. charge current100AAlarming/cut off
4. Under discharge protection2.8V/2.5VCut off
(each cell)
5. Min. total voltage60V
6. Max. discharge current150A
7. Pulse discharge current250ALast for 30 seconds
8. Low SOC alarming30%Battery should be recharged
9. Over temperature protection65℃Cut off
10. Temperature difference5℃Alarming

Source: http://m.optimumnanolithiumbattery.com/ev-lifepo4-batteries/logistics-car-battery/phev-ev-li-ion-battery.html

MIA Electric (handy links)

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MIA Electric

The car has a 9.7 kW (13 hp) electric motor with an 8 or 12 kWh lithium iron phosphate (LiFePO4 or LFP) 76 Volt battery pack (by Evida) that delivers a range of 80 km or 120 km and a maximum speed of 100 km/h.


Specifications MIA

Vehicle Type Electric Car
Vehicle Length2.87 meters
SeatsThree, central driver’s seat,
 2 individual passenger seats
Driving Mileage125km
LiFePo4 Battery Solution76.8V105Ah LiFePO4 Battery
Battery Energy8KWh
Charge Time3-5 hours

 


EV West Porsche 356 speedster covnersion (and FAQ / links)


Notes from the video in YouTube:

Panasonic NCR18650BD and SONY VCT6 available at https://j35.us/JehusGroupBUY ******************************************************************************** FAQ:
1) Where can learn more about batteries? http://j35.us/DIYlithiumBatteryBook
2) Where can I buy Lithium Batteries https://j35.us/Recommended_Lithium_se...
3) How can I Consult 1on1 with you? https://j35.us/PhanTime
4) Where Can I buy Solar Panels? Flexible - http://j35.us/136wFlexSolarPanl Glass - http://j35.us/100w-100-solar DIY - http://j35.us/DIY-Solar-cells
5) Where can I buy a Battery Management System? https://kit.com/jehu/battery-manageme...
6) What parts do you use on your Samba? https://j35.us/eSambaProj
7) What is the best fuse wire? I only use 1/8w resistor legs http://j35.us/ResistorLegs
8) Why not use Supercapacitors?
A. Batteries work better at this time, caps are rare and expensive devices that are very good at doing things not needed for storage systems typically.